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Title: Mechanics and Thermodynamics
Authors: Demtröder, Wolfgang
Keywords: Mechanics
Thermodynamics
Issue Date: 2017
Publisher: Springer
Abstract: The present textbook represents the first part of a four-volume series on experimental Physics. It covers the field of Mechanics and Thermodynamics. One of its goal is to illustrate, that the explanation of our world and of all natural processes by Physics is always the description of models of our world, which are formulated by theory and proved by experiments. The continuous improvement of these models leads to a more detailled understanding of our world and of the processes that proceed in it. The representation of this textbook starts with an introductory chapter giving a brief survey of the his- tory and development of Physics and its present relevance for other sciences and for technology. Since experimental Physics is based on measuring techniques and quantitative results, a section discusses basic units, techniques for their measurements and the accuracy and possible errors of measurements.
Description: In all further chapters the description of the real world by successively refined models is outlined. It begins with the model of a point mass, its motion under the action of forces and its limitations. Since the description of moving masses requires a coordinate system, the transformation of results obtained in one system to another system moving against the first one is described. This leads to the theory of special relativity, which is discussed in Chap. 3. The next chapter upgrades the model of point masses to spatially extended rigid bodies, where the spatial extension of a body cannot be ignored but influences the results. Then the deformation of bodies under the influence of forces is discussed and phenomena caused by this deformation are explained. The existence of different phases (solid, liquid and gaseous) and their relation with external influences such as temperature and pressure, are discussed.
URI: http://localhost:8080/xmlui/handle/123456789/283
ISBN: 978-3-319-27877-3
Appears in Collections:ARTS & SCIENCE

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